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Author(s) Victor Belpaire,Maxime Parmentier
Deadline No deadline
Submission limit No limitation
Category tags Suites, Niveau: moyen

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Suites - 1.5

Déterminer s0, s1 et s3.


Question 1:

Calculer s0 de cette suite

sn=15n1
$\frac{\square}{\square}$$\sqrt{\square}$$\sqrt[3]{\square}$3$\sqrt[\square]{\square}$$\int_{\square}^{\square}$$\square^2$2$\square_2$2$\left(\square\right)$()
$\times$×$\div$÷$\pm$±$\pi$π$\infty$$\varnothing$$\ne$$\ge$$\le$$>$>$<$<$\cup$$\cap$
$\angle$$\parallel$$\perp$$\triangle$$\parallelogram$
Question 2:

Calculer s1 de cette suite

sn=15n1
$\frac{\square}{\square}$$\sqrt{\square}$$\sqrt[3]{\square}$3$\sqrt[\square]{\square}$$\int_{\square}^{\square}$$\square^2$2$\square_2$2$\left(\square\right)$()
$\times$×$\div$÷$\pm$±$\pi$π$\infty$$\varnothing$$\ne$$\ge$$\le$$>$>$<$<$\cup$$\cap$
$\angle$$\parallel$$\perp$$\triangle$$\parallelogram$
Question 3:

Calculer le terme de rang 3 de cette suite

sn=15n1
$\frac{\square}{\square}$$\sqrt{\square}$$\sqrt[3]{\square}$3$\sqrt[\square]{\square}$$\int_{\square}^{\square}$$\square^2$2$\square_2$2$\left(\square\right)$()
$\times$×$\div$÷$\pm$±$\pi$π$\infty$$\varnothing$$\ne$$\ge$$\le$$>$>$<$<$\cup$$\cap$
$\angle$$\parallel$$\perp$$\triangle$$\parallelogram$